2022 Honda Jazz EX I-MMD CVT 1.5L Hybrid electric (clean) · LD22 XPK

A spotless official inspection history defines the mechanical track record of this Honda, having secured an unconditional pass on July 25, 2026, building directly upon a similarly pristine test result from September 2025. Across its initial statutory check periods, the vehicle has never recorded a single MOT failure or advisory notice. This complete absence of minor defects indicates that structural corrosion, suspension wear, and lighting or braking faults have not surfaced during its first four years on the road, establishing an entirely clean baseline of compliance during official testing. Accumulating 32,341 miles over approximately four years yields an average of roughly 8,085 miles annually, aligning closely with typical UK driving patterns and avoiding the risks associated with extreme low-mileage storage or heavy high-mileage commercial use. This steady accumulation suggests consistent operational deployment rather than prolonged periods of stationary standing, which helps prevent brake disc surface scaling and secondary rubber degradation. The chronological spacing between its annual tests is regular, providing a normal window of wear for modern hybrid powertrains and associated suspension components. Because the regulatory record is entirely clear of recorded faults, the pre-purchase inspection shifts toward verifying the everyday functional integrity of the e:HEV hybrid system and mechanical subframes. During the static check, confirm that all high-voltage cabling and underbody plastic shields are secure, and verify that the auxiliary 12-volt battery holds a stable charge. Listen closely for any electrical whines or unusual mechanical resonance from the i-MMD drive unit during transitions between engine power and electric motor propulsion. On the test drive, pay close attention to the regenerative braking transition, ensuring the brake pedal feels progressive without sponginess or sudden biting points as the friction brakes engage. Drive over uneven road surfaces to listen for any suspension knocks or undue harshness from the MacPherson strut front end and torsion beam rear setup. Finally, test the CVT transmission responsiveness across varying throttle inputs to ensure seamless acceleration without hesitation or excessive powertrain noise.